2 Stage Or Single Stage Air Compressor​(PM VSD）

The working pressure of this compressor is 0.8 MPa, and the volume of the exhaust is 2.3 m³/minute. The data also reveal that it can work at a maximum ambient temperature of 46 °C, so it will run in warm climate zones too. The compressor comes with an exhaust oil emission of ≤3ppm to provide high-quality air.

At a total dimension of 1000mm x 750mm x 1070mm and weighing 320 kg, it is easy to maneuver for several types of workspace and uses but very tough. Because of the G3/4 outlet pipe diameter, it can be installed to the existing air systems with ease.

• Single Stage Compression: Design intent is reduced and is intended to provide a reliable, low-cost air supply using fewer parts.
• Air-Cooled Design: This kind of cooling to the extent that working temperatures are well managed thus improving the reliability of the equipment and efficiency of mechanized systems.
• Low Noise Levels: A sound pressure level at 65 dB(a)B or below has been used in the design since it applies a high importance to the environment with noise control.
• Direct Connection Drive Mode: How to make power quality better to Reduce power losses through the transmission line.
  Customizable Power Supply: This is fitted with a three-phase 380 V/ 50 Hz electrical supply but it has been fitted with modulation alternatives depending on the customer.
• High Operating Temperature Tolerance: Ari is designed to operate at an ambient temperature of 46 ° C, maximum.

• Compressor Unit: One of the vital designs created to deliver suitable air pressure and be exceptionally durable.
• Cooling System: Air-cooled configuration to cool the immersed compressor and temperatures of its operation.
• Lubrication System: Reminds the use of approximately 8 L of Lubricant, specifically 46# to reduce friction between internal components.
• Motor: It provides the compressor with the power of 20 HP (15 KW) and with the best possible capacity.
• Pressure Sensors: Buy Low-Pressure Exhaust Pressure Indicators for usage in measuring the exhaust pressure.
• Piping and Fittings: Standard G3/4 outlet which further expands on the easy connectivity of other devices that are already installed in homes.

• Routine Maintenance: The other was based on the frequency of the lubricant check and replacement so that the compressor reliability would not be degraded.
• Environmental Considerations: Ensure that the installation place should be capable of accommodating maximum environmental temperatures.
• Pressure Monitoring: While going through the loop, make sure we carefully monitor the exhaust pressure because going high will put pressure on the compressor.
• Noise Level Management: Use Insulation measures if necessary in order to maintain a noise-free working environment in the laboratory.

We conducted in-depth market research and longtime communication with our loyal customers to find out the problems and solve problems, then developed this energy-efficient JX-20APMS-20HP/15KW permanent magnet frequency conversion screw air compressor through continuous technological innovation. In the R&D process of product design, prototyping, performance testing, and repeated optimization, every step is executed in strict accordance with international standards to ensure that Each product meets the requirements of high standard industrial applications. With a strong R&D team and advanced production lines, we use the latest technology and materials to provide users with high-quality, high-performance air compressor products.

• Manufacturing Plants: Suitable for use in operating various pneumatic tools and equipment in assembly lines in the industry.
• Energy and Power Plants: Ideally used in processes that need frequent use of compressed air at high pressure and quantity levels.
• Automotive Industry: Supplies air for use in several pneumatic tools during automobile construction and when repairing them.
• Heavy Machinery Operations: Demands accurate delivery of air for the operation of large machinery in the construction and mining sectors.
• HVAC Systems: They can be used in large HVAC systems where perhaps high pressure and steady airflow are most needed for the efficiency of the system.